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(i) Explain in detail the principle of Conventional tubes and high frequency tubes. (ii) Write the drawbacks of Conventional tubes at high frequency and how to rectify it.

Subject= Digital Image processing I need The proper answer that covers the whole question.

Please provide Handwritten answer. 2. Which of the following has the biggest impact on the adhesion of photoresist on silicon wafer? * A) Surface is clear from contamination B) Smooth surface and flatness of the silicon wafer C) Photoresist primers coating before the photoresist coating D) the silicon wafer is heated at 140 Celcius before the spin coating E) Other:

What is the advantage of using square wave-form as an Input Signal? What is the shape ofthe output when the input signals are sinusoidal and triangular in shape? ( Use Functiongenerator and Oscilloscope to observe the output)

Write the answers precisely, do not elaborate unnecessarily, and don't use chatgpt, if i caught it I'm gonna downvote Question: Discuss the electrochemical techniques that are useful to study the capacitive properties of a material. Highlight the importance of each technique

For the signal flow graph of the given figure, consider the following statements 1. It has three forward paths 2. It has three individual loops 3. It has two non touching loops Out of above the correct statements are X2 X3

Which statement(s) is(are) true for photomultiplier tubes?I     Photomultiplier tubes are very sensitive detectors, amplifying the photoelectron current by approximately 1 million.II     Emitted photoelectrons are accelerated toward positively charged electrodes called dynodes.III     Electrons strike the dynode with a kinetic energy less than the original emitted kinetic energy.IV     For each electron striking a dynode, more than one electron is knocked free. The additional electrons are accelerated toward the next dynode in the detector where amplification is repeated. Select one: a. II, III, and IV b. II c. I, II, and IV d. II and III e. I and IV

The signal measured with the oscilloscope in the Multisim program is shown in the figure below. For the signal measured according to this figure, write the following measurement values.T (period) = …………………… .. usf (frequency) = …………………… .. kHzVpk (Peak voltage) = ……………………. mVVpk-pk (Peak to peak voltage) = ………………. VVrms (Effective value) = ………………… V

(Subject: Instrumentation & Measurements) Hello dear, l need to answer in a short time, less than an hour.

What is the Applications of black body in electronic and communications engineering field?

Fill the blanks with suitable following terms (AND gate, Potential Transformers (PT), cathode ray oscilloscope CRO, electronic switch Current Transformers (CT), DC component, cathode ray tube (CRT), AC component, electron.gun. 1.The heart of a ............is the................. the electron beam is generated, accelerated, and deflected in accordance with the input signal. 2. Power measurements in high-voltage high current circuit can be effectively done by the use of...and.. ...in conjunction with conventional wattmeter. 3. The sig ...ose frequency is to be measured is converted into a train of pulses (Using Comparator for example), one pulse for each cycle of the signal and applied continuously to an...A 4. In Average Responding Voltmeter, the AC signal is first applied to the blocking capacitor used at the input to block any..................in the input voltage. 5. Dual Trace Oscilloscope This CRO has a single.....................whose electron beam is split into two by an…

What is transition ?

What is the value of frequency of dc

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HW14/ H.W: control the intensity of the LED by serial. Assumptions: >LED attached to PIN 9. >control the intensity of the LED based on keyboard input by serial. >An input of 9 should produce full intensity and an input of O should turn the LED off. OHint: you can use Serial.parselnt()

how to collect information for the design of a PROTOTYPE OF PIEZOELECTRIC TILES FOR THE  GENERATION OF ELECTRICAL ENERGY BY PEDESTRIAN TRAFFIC.

What are the three main signal noises and their SI units?

Explain with details with diagram. Related too ( Book: Electronic instrumentation and measurement ) (Topic:PMMC) Solve fast.

2. a) Explain briefly the physical principle/mechanism generating thermal noise with an example b) What is shot noise? Give an example.

3. The waveform displayed on an oscilloscope is as shown in Figure The time/cm switch is.sctio 20. ms/cm and the 'volts/cm' switch is set to 30 Vlcm Determine the fil amplitude.ofwaveform 0 (m peak to peak value of waveform P Gin frequency of waveform P and (iy) phase angle difference between P and Q in Degrces and (v) Rm s value of waveform O

7 Name the circuit shown below? Please justify the name with brief explanation of the working of this circuit. Page 3 of 6 Final Assignment If the input signal is a high frequency input signal to an AM receiver (very less amplitude) will this serve the purpose. If Yes Justify? If NO Justify and give the modification which will make it suitable for the above mentioned purpose. out RL

Q1. An FM transmitter has the block diagram shown in Figure Q1. The audio frequency response is constant over the 20 Hz to 20 kHz audio band. The FM output signal is to have a carrier frequency of 90.7 MHz and a peak deviation of 75 kHz. (b) Calculate the frequency fo of the oscillator. FM exciter fc = 5.00 MHz 1998* Oscillator fo= ? Bandpass filter Figure Q1. Frequency multiplier Class C output amplifier

Draw the energy band structure of a conductor and a semiconductor material.

Answer the last one is question d